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Product Details:
Payment & Shipping Terms:
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| Material: | CuNi15Sn8 | Type: | Sleev |
|---|---|---|---|
| Applocation: | Oil Develop Drills | Size: | Customized Or According To Drawing |
| Shape: | Rod,sheet,wire | Name: | Uns C72900 Cuni15sn8 Self Lubricating Sleeve Ams 4597 Astm B505 |
| High Light: | uns c72900 self lubricating sleeve,ams 4597 self lubricating sleeve,astm b505 self lubricating sleeve |
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Spinodal Sleev made of copper nickel tin alloys UNS C72900 Equal to thougmet
Inway such Cu15Ni8Sn AMS 4596 C72900 Copper Nickel Tin Bronze that is spinodally hardend to acheive attributes beyond those typically found in other high strength copper alloys. AMS 4596 C72900 is extruded and spinodally hardend condition exhibits tensile stregnth up to 127 ksi and hardness up to HRC 30. For a copper alloy consisting of Copper - 15% Nickel - 8% Tin, this alloy maintains an excellent level of machinability.
Copper Nickel Tin Alloy is the solution to your severe material obstacles. By utilizing our technology process to produce the microstructure, tailored alloying additions and spinodal hardening technology, we have engineered Copper Nickel Tin Alloy to provide properties beyond those typically discovered in a high-strength copper alloy.Copper Nickel Tin Alloy in the cast and spinodally hardened (CX) condition exhibits tensile strength up to 120 ksi and hardness up to HRC 34 in a Copper - 15% Nickel - 8% Tin alloy with excellent machinability.Available in UNS C72900 Round Bar, Copper Nickel Tin Alloy C72900 Round Bar, C72900 Copper Nickel Tin Alloy Rods, C72900 Copper Nickel Tin Alloy Forged Bars & Copper Nickel Tin Alloy Hot Rolled Bars. Copper Nickel Tin Alloy AT alloy is used for bushings and bearings for commercial aircraft, high performance engines as well as mining, industrial and heavy equipment. It is also used to make oil and gas drilling hardware.
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Style
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Temper
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Size Diameter inches
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Tensile Strength Ksi (Mpa)
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Yield Strength 0.05% UL Ksi (Mpa)
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Elong%
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Hardness Strength RC
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Rod
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AT110
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0.595 < 4.0
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132 (910)
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110 (758)
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10 Min
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30 Min
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AT110
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4.0 - 9.0
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127 (875)
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110 (758)
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6 Min
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30 Min
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Tube
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AT110
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1.1 < 7.25
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131 (903)
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104 (717)
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8 Min
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30 Min
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AT110
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7.25 < 13.6
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130 (896)
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108 (745)
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5 Min
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30 Min
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CU
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NI+CO
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SN
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MG
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MN
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FE
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PB
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ZN
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NB
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Remainder.
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14.5 - 15.5
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7.5 - 8.5
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0.15 Max
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0.3 Max
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0.5 Max
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0.02 Max
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0.5 Max
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0.1 Max |
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Coefficient of Thermal Expansion Ppm/°F
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8.9 - 9.1 x 106
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Density
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0.325
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Electrical Conductivity % IACS
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6 - 10
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Electrical Resistivity µΩcm
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16.7 - 25
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Modulas of Elasticity in Tension
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18.4 Ksi (126 Mpa)
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Melting Point Solid US
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2,040°F (1,115°C)
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Melting Point Liquid US
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1,742°F (940°C)
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Magnetic Permeability
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< 1.001
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Thermal Conductivity W/m °K
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28
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All
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ASTM-B-505 / NACE MRO 175
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Rod
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AMS 4596
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BM7-373
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WN-135
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CMS-z691j.0
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SLB-1000082256
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SLB-100679610
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Tube
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AMS 4598
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Sperry Sun 600061A
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CMS -Z69PR.0 Nace MRO 175
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ASTM-B-505
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S-400822
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Contact Person: bearing
